Apparatus for use in the laying of bricks and similar elements in building



IIN

Feb. 1 1927.

ELEMENTS IN BUILDING Flled- Oct. 5l, 1925 6 Sheets-Sheet l Bab. 1, 1927. 1,615,859

G. E. Wl HT APPARATUS FOR USE IN THE LAYING OF BRICKS AND SIMILAR ELEMENTS IN BUILDING Filed 0G11. 51. v1925 6 Sheets-Sheet 2 Invenor 2 eb 1 1927 G. E. wxGHT APPARATUS FOR USE IN THE LAYING OF vBRICKS AND SIMILAR ELEMENTS IN BUILDING Filed Oct. 5l, 1925 l 5 Sheets-Sheet 5 Inuenory i F 1 eb 1927 G. E. WIGHT APPARATUS FOR USE IN THE LAYING OI BRICK AND SIMILAR ELEMENTS' IN BUILDING Filed Oct. 51, 1925 6 Sheets-Sheet 4 Feb. 1, 1927. E. WIGHT' G. APPARATUS FOR USE IN THE LAYING OF BRICKS AND SIMILAR ELEMENTS IN BUILDING fa/rf forma Maf/7j.

Feb. 1 1 1,615,859

. 927 G. E. WIGHT APPARATUS FOR USE IN THE LAYING OF BRICKS AND SIMILAR ELEMENTS IN BUILDING Filed OCC. 5l, 1925 6 Sheets-Sheet 6 Anomaly Patented Feb. l, 1927.

, itl l 1 En srrss GEORGE EDVJARD XUIGHTVOF SEAHAIV HARBQUR, ENGLAND.'

APPARATUS FOR USE IN THE LAYNG QF BRCKSAN?) SIMILAR ELEMENTS'IN- BELDENG.

Application filed October 31, 1925, Serial No. 66,046, and in Great Britain November 14, 1924:

The invention relates to apparatus adapted to facilitate the laying of bricks and similar building elements (hereinafter referred to bricks) in building, so that walls may be built more expeditiously than heretofore and without skilled labour, while ensuring perpendicularly of the wall, the apparatus being of the kind comprising a temporary framework embodying a horizontal track on which is mounted for travelling movement a carriage carrying a bricklaying apparatus in the form of a transfer device for conveying the bricks from an initial support to their linal position, the carriage travelling parallel with the face of the wall to be built and the bricks being laid by the transfer device as the carriage is moved along the track.

An object of the present invention is to provide an eflicient apparatus for this purpose which may be readily erected for operation on the building site and which may be manually operated without skilled labour, and primarily comprises a novel form of transfer device designed to enable the bricks to be manually laid in a simple and accurate manner, said transfer device comprising a body portion `movable between the initial and depositing positions and presenting a 3' fixed abutment and a cooperating arm or arms manually movable towards and away from said abutment to engage and subsequently release one or more bricks, the movable arms being adapted to be manually moved to engage the bricks in their initial position prior to transfer and to be released at the depositing position to disengage the brick or bricks.

The invent-ion further consists in an arrangement whereby the transfer device may be readily raised after the completion of each course Without interference of the framework, the transfer device being for this purpose carried by a fame which is so connected to the carriage as to be adjustable in height relatively to said carriage.

The invention further comprises a scraper device for automatically removing superiiuous mortar from the face of the wall during the travelling movement of the carriage, and applying 'the mortar removed to the bricks laid for the succeeding lioint.

The invention also comprises a device for laying mortar on the bricks comprising a hopper adapted to travel on a brick over the be lifted from time to time as the wall in-` creases in height beyond the limit of vertical adjustment of the frame, the framework having for this purpose superimposed rails for supporting the carriage at different levels. .l

Embodiments of the invention areillusvtrated in accompanying' drawings, in 4which Fig. 1 is a front elevation of the apparatus showing the same inv operative position.

Fie". 2 isa side view of the same.

Fig. 3 is a plan view to a larger scaleof one form' of transfer device adapted Vto lay the bricks in pairs in building a double wall.

Fig. 4 is a section 'on the line 4-'4 'of Fig. 3. v

Figs. 5 and 6 show inV plan ltwo modied forms of a transfer device.

Fig.- 7'- shows a side elevationof a modified form of carriage.y

Fig. 8 is a faceuview of a part of the carriage shown in F ig. 7.

Fig. 9 is a plan view of the frame with the transfer device removed.

Fig. 10 is an enlarged side view of the scraper device, and

Fig. 11 shows a modified form of apparatus. y

Fig.- 12 is a side view partly in section of a modification of the transfer device.

Fig. 13 is a planview of Fig. 12.

Fig. 11i is a side elevation of the mortar laying device hereinbefore mentioned.

Fig. 15 is a plan view of Fig. 14C. g

Fig. 16 is an end View of Fig. 14: and 17 shows in side elevation an arrangement whereby a spatula device for spreading the mortar may be adjusted in height independently ofthe hopper.

Referring to Figs. 1 to i of the drawings,

lill) Vbottom courses of such a double wall.

1 designates the frame work by which the apparatus is supported in position for building, said framework comprising a series of upright posts or columns 1EL secured in the ground at suitable intervals in any desirable manner and supported with the aid of stays 2. Only two posts 1il are shown, but obviously there may be any number according to the length'of the wall to be built. Mounted for sliding adjustment on the posts 1a are clampbrackets 3 which serve to carry in detachable manner superimposed rails ll. Mounted for travelling movement on the rails 4- is the carriage 5 having wheels 6 running on the rails l and comprising a vertical screwed rod 7 and guide rods 8 connected at their ends by cross members 7a.

Mounted for vertical sliding movement on the guide rods 8 is a frame 9, the latter presenting lugs 10 embracing the rods 8. The frame 9 which comprises longitudinal members 11, 11a united by cross members 12, is adjustable in height on the rods 8 by means of aV tapped hand wheel 13 on the rod 7, said wheel 13 engaging under a lug 14: on the frame so that by rotating the wheel 13 the frame may be raised or lowered as required.

The numeral 15 designates the tray on which the bricks are placed by hand and fromv which they areV transferred by the transfer device 21 to their iinal position.

The tray is slidably supported on guide rods 17 carried by the frame 9, lugs 152t on the trayembraeing said rods 17, so that the Y tray may be adjusted to the desired position bricks, the apparatus shown in Figs. 1 and 2 being equipped with a tray and transfer device adapted for building a hollow wall. The transfer device is accordingly designed to pick up from the tray 15 and lay two bricks at a time, the bricks being held by the transfer device the requisite distance apart according to the desired space between the walls. In Figs. 2 and 9, 2O designates ie transfer device comprises a body portion 21a carried by a pair of cranks 22 which are rotatable in said body portion 21a and supported at their ends in slots 23 in the frame members 11, 11a in which slots the crank ends are detachably secured as by bolts 22a.

Depending from the underside of the bot y portion of the transfer device are fixed arms 211, 24a with which cooperate similarly depending but movable arms 25, 25a projectingdownwards from slides 26 guided for rectilinear movement in the body portion 21a and connected by a swivel link 27 (Figs. 3 and l). The link 27 is pivotally connected at opposite ends at 27 u to the slides 26 and is free to slide with the latter, so that limited relative movement oi' the arms 25 is per itted, sufficient lateral play of the slides in the body 21a being provided to allow of rocking movement of the link 27. rlhe arms 25, 25'L1 are adapted to be manually moved from the outer position indicated by full lines to an inner position shown by broken lilies in Fig. 2, i. e. towards the lined arms 24, 2av1 so that the bricks on the trav are gripped between the movable and linea arms, such movementbeing eilected by a handle bar 29 working in slot 21 in the detachable cover ot the body and rotatalily secured to the link 27 between the pivot pins 27, compensated movement of the arms 25, 25 to allow for inequality in the. dimensions of bricks being thus provided by 'thc linkconnection described. A fixed post 5l() on the cover of the body portion serves a point of purchase for the hand in morn Y the operating handle 29, the latter being drawn by the hand towards the post 30 to grip the bricks.' The arms 25, 25' are normally held in their outer or disengaging position by a spring 28. rPhe arms 2li, 24 may be adjustably secured to the body of the transfer device so that they may he set for any desired distance between the two walls.

Stops 9a areiprovided on the cranks 22, to limit the ment of the transfer device.

1Various forms of transfer ei vided according to the nature o be built, for instance, Fig. shows such device adapted to transfer one brick only at a time, 25b designating a pair of sliding arms and 241 a pair of fixed arms, the slides 26 from which the arms 25 depend being pivob ally connected at 27 to a link 30 slidable. in the body of the device and carrying the han-- die 29 manipulated with the assistance o the iixcd post Sli as hereinbefore described with reference to the first transfer device. Fig. G shows a further modilication which diers only from the construction shown in Fig. 5 by the fixed and moving arms 2lAc and 25 respectively being further apart so that two bricks disposed side by side either as headers or stretchers may be picked up and transferred for certain classes of brickwork. The slides 261J from which the movable arms 25C depend are connected by a swivel link 27 c actuated in a similar manner to the previously described constructions by means of a handle 291 rotatably connected to the link and cooperating with the fixed post 30h.

Any of the transfer devices maybe litted to the frame, or the frame may be designed for detachable connection to the carriage so that it may be readily removed when necthe frame 9 for swinging more Yices are pio i iii) essary, and several of such frames each carrying a different form of transfer device for various classes of brickwork may bei provided for alternative use on the carriage. A suitable connection is shown in Figs. 7 and S, wherein the rear frame member 11a is de tachably connected to a back plate 31 slidably mounted on the rods 8, the connection being effected by providing the member 11a with forked parts 32 which engage over the lower part of the plate 31 and fit in slots 3B in the latter, while at the top, rods 34; connecting the frame members 11, 11L engage at their upper ends `on slots 35 in the plate 81 and are secured by nuts, as shown in Fig. 7.

is an alternative to the 'screw 7 and nut 125 for adjust-ment of the frame 9, the latter maybe raised or lowered by hand and secured in position by split clamping lugs 4:0 as indicated in Fig. 7.

The means for scraping superfluous mortar from the joint as the work proceeds comprises a scraper plate 36 hinged to a bar 37 detachably secured by a clamp 38 to a suitable part of the frame 9, such as one of the cross members l2. The plate 36 is arF ranged to lie at an angle to the horizontal and is pivotally connected by a link 39 to one end of a lever 41 pivoted at l2 to the clamp 38, while the other end of the lever has suspended from it a roller 43 adapted to roll on. the top of the course being laid, the arrangement being such that the lever L1 under the influence of the weight of the roller has the tendency to tilt to the posi@ tion indicated by broken lines, and thereby draws the scraping edge 36EL of the plate 36 clear of the wall face, the lever, however, when relieved of the weight of the roller, i. e. with the latter resting on the top course, tends` to tilt in the opposite direction, so that the scraper plate 36 scrapes against the face of the wall over the joints so that it removes and supports the superfluous mortar when the carriage is moved periodically along the course as the bricks are laid, and on the other hand the mortar collected on the scraper plate may be deposited on the end of the brick last laid by return movement of the carriage. Two or more of such scraping devices may be provided if required to act on both faces of the wall or walls.

Briefly stated, the operation of the apparatus for the building of4 a double wall is as follows: A pair of bricks are laid by hand on the tray 15 as indicated at X (Fig. 9) the bars 15b acting as a gauge for positioning the bricks. The frame 5 is adjusted to the correct height and the transfer device is thereupon swung, by the operator over to the position shown in Fig. l, i, e. over the tray 15, and the bricks are engaged by the arms 24, 24a, 25, 25a` by manually drawing the handlef29 towards 'the post 30.

The transfer device is thereupon swung over in the opposite direction to the position indicated by y, Fig. 1, and the handle 29 released sothat the pair ot bricks are deposited in correct position. The carriage is then moved the requisite distance along the rails, the transfer device swung back again over the tray and the operation repeated until the course is completed, mortar being of course applied in the ordinary way. The frame is then raised to bring it into alignment for the next course to be laid, guidance for such vertical adjustment being afforded by the stops 9EL on the frame as follows A brick or a gauge block is placed on the last course and beneath one of the stops 9a, and the frame after preliminary raising is lowered until the stop 9, rests on the brick or gauge block. The frame is thus correctly adjusted for the laying of the next course. As the wall increases in height beyond the scope of adjustment of the frame 5, the carriage is lifted onto the next pair of rails l above, there being` a number of such railsI commensu 1ate with the height of the wall to be built.

The wall may be built from left to right or vice versa, the tray 15 being adjusted accordingly on the guides 17.

Referring to Fig, 11, for building' thick walls exceeding two bricks in width there is advantageously used duplicate temporary frameworks designated 1", disposed one on each side of the site on which the wall is to be built, and each supporting a pair of superimposed rails en, sa. The carriage 5 in this case is designed to be supported on opposite sides by the rails 4.a, 4a. One side of the carriage is similar to the carriage shown in Figs. 1 and 2, comprising guide rods 8b, a screwed rod 7 with )adjusting wheel 13, and wheels 6 running on the rails su, and this portion the carriage is connected at 'the top by cross ties 50 to a similar structure opposite, comprising guide rods 8 and wheels 6b running on the rails it The frame 9"- is in this case connected at opposite sides to the rods Sb, 8C for vertical sliding movement, tho frame sides 11b hav- 'ing lugs 10, 10 embracing with a sliding fit the rods S", Se respectively. This frame may be adjusted in height by the hand wheel 13 on. screwed rod 7 similarly to the frame previously described with reference to F igs. 1 and 2, while the frame 9a is adapted to be clamped in the adjusted position by the lugs 10b which are of the split type. lith such a frame construction a transfer device is advantageously used which is aranged for sliding movement on the cranks 22C, as shown in Fig. 11, said cranks passing through the body of the transfer device and the latter being a sliding lit on the cranks so that several rows of bricks may be laid successively to forma course, theV transfer device being moved laterally,'i. e.

transversely to its transfer movement, after the laying of each row of bricks. ,Adjustable clamp sleeves 53 secured to the crank 22C. by set screws 53a serve to hold the transfer device in its adjusted position.

In Fig. 1l a transfer device is shown which is similar in construction to that shown in Fig. V5 and adapted to deal with one brick at a time, but obviously one adapted to transfer two bricks as'shown in Fig. 6, may be similarly arranged for lateral movement on the crank. 24d designates the fixed arms andL 25d the movable arms depending from the slide 2G of the transfer device the movable arms being operated with the aid of the handle 29 and .fixed post 30d. i

The modification shown in Figs. 12 and 13 concerns the transfer device and more particularly the hand actuated means thereof for operating the arms to engage the bricks and for moving the transfer device from its picking up` to its depositing position and vice versa,

The object is to provide improved hand actuated means for the transfer device so that the actuation of the arms and the transfer movement of said device may be'more conveniently and effectively accomplished, there being used in lieu of the sliding handle and fixed post previously described a leverV arrangement consisting of a hand lever pivotally mounted on the transfer device and pivotally connected to the swivel link to which the movable brick-engaging arms are connected, said hand lever being associated with an adjacent grip member acting as a point of purchase for the hand in operating the lever. v

The transfer device shown is adapted to deal with two bricks at a time and 4comprises essentially the body portion or casing 1d carried for transfer movement by pairs of cranks 2d by which the device swung from its picking up to its depositing position and vice versa. Depending from the underside of the body lL1 are the fixed arms or abutments 3d, 3e with which cooperate similarly depending but movable arms 4, de, projecting downwards from slides 5 guided for rectilinear movement in the casing ld and pivotally connected G by a compensating swivel link 6?. The arms ed, 1C are adapted to be manually moved from the outer position indicated by full lines to an inner position shown by broken lines, i. e. towards the fixed arms or abutments ed, Se so that a pair of bricks or other building elements disposed between said arms on a support member are gripped between the movable and fixed arms. The transfer device is then swung over to the depositing position. According to the invention the actuation of the link 6d to move the arms 1, 4e is eected by means of the lever device shown which comprises a lever 7d pivoted at 7e to a bracket 8d secured to the top of the casing 1d one arm if of said lever forming the handle and the other 'arm 7 projecting through a slot in the top of thecasing 1 and pivotally connected by the connecting bar 10d to the aforesaid link (r1. rlhe bracket embodies the grip bar Se.

The hand lever is normally held in an inclined raised position as shown, as by means of a spring 9d, the arms 124e being in their outer position. To move the arms to engage the bricks the handle is forced downwards by hand, using the bar 8C as a grip, so that the arms are moved thereby to engaging position through the link 6d and slides 5d. .Vhen released, the handle is automatically returned tov normal position by the spring Si and thereby returns the arms to inoperative position.

The device in addition to providing a convenient means of operating the movable arms et, de also affords a convenient handle for moving the transfer device between its picking up and depositing positions.

Obviously the same device is applicable to the alternative forms of transfer devices as described hereinbefore for engaging one building element only. e

To now refer to the mortar laying or applying device illustrated in Figs. 1a to 17 this comprises a travelling hopper having a spatula or spreading device adjacent one or both sides of the lower end of the hopper for the purpose of spreading the mortar deposited on the course by the hopper, saidV spatula device being adjustable in height so that the depth of the layer of mortar may be varied according to requirements. The hopper may also embody trimming devices for finishing ofi' the edges of the layer of mortar flush with the sides of the course on which it is laid. rlhe hopper is mounted on a carriage for adjustment in height relatively to said carriage so that it may be adjusted according to the desired thickness of the layer of mort-ar and so that it may he raised for successive courses as the wall is erected, while the hopper is detachably connected to the carriage so that it may be replaced by the bricklaying apparatus hereinbefore described.

Means are also provided whereby the outlet orifice of the hopper may be adjusted to suit the particular kind of wall in connection with which the mortar is to be laid, for example, the hopper may be provided with a removable base comprising a plurality of removable sections of varying width which are adapted to be positioned so that the mortar is deposited in one or more streams of a width or widths corresponding with the kind of wall to be built.

Means may also be provided for assisting the flow of the mortar from the hopper, such means comprising a central shaft ila mounted inside the hopper at its lower end, preferably just above the outlet, and paddles or the like rigidly attached to said shaft, and having a rocking movement through the upper portion of a circle, so that the mortar is brought down to the discharge orifice and assisted out of the hopper, while means are provided for rocking said shaft.

Referring more particularly to Figs. 14 to 16, indicates a carriage having pairs of superimposed wheels 60a running on rail tracks 61a carried by a scaffolding structure 61 which is temporarily erected at the side of the wall to be built, said carriage and "i scaffolding structure being similar to those shown in Figs. 1 and 2 of the drawings. Detachably mounted on a frame portion 60b of the carriage is an open-topped frame or basket 62 which forms a holder for the hopper 63 in such a manner that the said hopper may be readily introduced from above into the basket andl lifted away from the latter. The lower edges of the sides of the hopper which are transverse of the wall "i to be built, are turned up as shown at 63d in Fig. 14 to form slides for sliding plate members 63", the latter having turned over edges 63c which engage over the edges 63d. The members 63b are adapted to enable the outlet orifice of the hopper to be varied according to the kind of wall to be built. The

drawing showls an Iordinary hollow wall! being built, and two members 63b are positioned together so as to close the hopper f outlet over the space mi, between the two brick courses. In every case the members 63b are used for preventing deposit of mortar where it is not required. For eX- ample, in the case of a yard wall, say nine inches thick, the members 6?)b would be arranged so as to form a single orifice as wide as the length of a single brick.

A shaft 64 is arranged centrally along the lower portion of the hopper 63 and has paddles 64e rigidly mounted thereon, a handle 64b being provided at one end of the said shaft. The paddles are adapted to be rocked to and fro by means of the handle (Seth for the purpose of bringing t-he mortar down to the discharge orifice of the hopper, said paddles rocking through an arc from the position shown in full lines to that indicated by broken lines, and vice versa as shown in Fig. 14E.

On extensions 62a of the basket 62 there are detachably mounted mortary guides 65 comprising side members 65@ secured to longitudinal bar 65h detachably fastened to the extensions 62a. The said'side members 651 project slightly below the top of the course of the bricks on which the mortar is to be laid, and serveto remove surplus mortar so as to make the sides of the layer flush' withV the bricks. ,j A.Similar members 65c are provided on the inside of the hollow walls, these members projecting similarly below the inner brick faces.

The ends of theguides 65 remote from the hopper are inclined as shown at v65d so as to form a spatula device to ensure the smooth laying of the mortar as the carriage is moved along the course.

For walls of varying thickness, or for different kinds of walls the members 65a may be made adjustable along the bar 65", or different guides of fixed construction may be provided, any one of which may be de-l tachably fastened to the extensions 62a.

It will be observed that two mortar guides are provided, one at each side of the hopper 63. This allows the apparatus to be used in either direction, one only of the guides functioning at a time. One guide only may be provided if desired, but in such a case the carriage will require to be brought back again for every laying operation.

The operation of the machine is as fol- Y lows :-`-The carriage 60 is moved along to the end of the course on which mortar is to be laid, and the hopper 63 filled with mortar. The carriage is then moved along the course,

Vthe handle 64b meanwhile being rockedfto 62b of the basket 62 which is attached tor the frame plate 60h' of the carriage 60 is similar to the corresponding frame member of one form of the bricklaying apparatus,

so that the two devices are quickly interf changeable.

The adjusting means sho-wn for varying the height of the basket and thereby the hopper is the screwed spindle 66 and hand wheel 67 corresponding to the screwed rod 7 and hand wheel 13 previouslyv described. Briefly stated the spindle 66 is secured at the top and bottom to the frame of thevcarriage 60; thehand-wheel 67 is in screwed engagement with said spindle 66 and` enn gages the underside of a lug 68 fixed to the back plate 6()b of the frame. The plate 60DA has lugs 60C which are slidable on vertical eoV Eli)

rods 60d which` forma part of the carriage 60 and carry the wheels 60a. Thus, by turning the hand-wheel 67 the plate 661 and consequently the hopper 63 with spatulas 65d may be adjusted in height according to the required thickness of the layer of mortar andthe hopper may also be raised for each suceessve-course.. s n

The screwed spindle'and hand-wheel may iso be dispensed With and the alternative arrangement described with reference to Fig. 7 embodying the split clamping lugs a0 used instead. Y

As an alternative to adjusting the spatulas by means of the handavheel 67 they may be adjusted independently of the hopper and frame therefor. Such an alternative. adjustment is shown in Fig. 17 wherein the mortar guide carrjfing the spatula plate 65e with side members @5f is hinged at its rear end at 69 to the basket extension 62 and at the front end the member 65 is supported by stay rods 70, the latter being hinged at their upper ends at 70 to the frame 62 and connected at their opposite ends by nuts 7l to lugs 72 on the front of the members 65. rIhus, by adjusting the nuts 7l the level of the bottom of the spatula plate 659 'may be adjusted to the desired degree. y lVhile the hopper is 'shovvn with all its sides inclined, in some cases Where the space is limited, and it is desirable to have the wallbuilt near to the scaffolding, the sides of the hopper longitudinal of the Wall may be vertical.

'Vhat I claim as my invention and desire to secure by Letters Patent of the United States is l. In apparatus for laying bricks and the like in building, a carriage adapted to travel parallel with the face of the wall to be built, a tray on said carriage for reception of the bricks to be laid, a manually movable transl fer device connectedby links to said carriage for limited swinging movement from a picking up to a depositingposition and vice versa, and manually operated means carried by said transfer device for gripping thebricks on Vthe tray and releasing them at thev depositing position.

2. Apparatus according to claim l, in which the transfer device comprises a lined abutment, two arms movable Vtowards and away from said abutment and a swivel link arranged transversely to and pivotally connected to said movable arms, said link being` manually movable to operate the movable arms.

3. Apparatus embodying' a transfer device as claimed in claim 1, a carriage adapted to travel parallel with the face ofthe Wall to be built, means for mounting the transfer device on the carriage for adjustment therein horizontally at right angles to its transfer movement and means for securing it in adjusted position. Y

Y t. Apparatus embodying a transfer device as claimed in claim 1, a carriage adapted to travelV parallel With the face of the Wall to be built, and a frame connected to the transfer device'an'd supported by the carriage so as to be adjustable in height relatively to said carriage,

Apparatus embodying a transfer device as claimed in claim l, a carriage adapted to tavel parallel with the face of the Wall to be built, a frame connected to the transfer device and supported by the carriage, and means for connecting the frame to the carriage for vertical adjustment thereon rcomprising a vertical screwed rod on the T J-lpparatus embodying a transfer 'de-v vice as claimed inclaim l, a carriage adapted to travel parallel with thel face of the Wall to be built, and a frameconnected to the transfer device and supported by the carriage so as to be adjustable in heightrelatively to said carriage, said frame being designed for detachable connection to a part mounted for vertical adjustment on the carriage.

8. Apparatus embodying a transfer device as claimed in claim l, a carriage adapted to travel parallel With the face of the wall to be built,y a frame connected to the tranfer device and supported by thecarriage and means, carried by said frame for automatically removing superfluous mortar from the face of the Wall during travel of the carriage and for applying such mortar to the brick lastlaid for the succeeding joint,

'9. Apparatus embodying a carriage adapted to travel parallel with the face of the Wall to be built, a brick transfer device supported on said carriage for conveying the bricksI from an initial support to their final position and a device for laying mortar on said bricks,comprising a hopper for containing the mortar and adapted to be mounted on said carriage in lieu of the transfer device to travel over the course on which the mortar is to be laid, and a spatula or spreading device supported by said hopper adjacent one or both si des of the lower end of the hopper.

l()` Apparatus according to claim 9 in which the 'spatula is adjustable in height relatively to the hopper.

ll. Apparatus according to claim 9, in which the hopper is mounted on a carriage for adjustment in height relativelyto said carriage.

12-In apparatus according to claim with trimming devices associated with the hopper and adaptedV to trim the edges of the layer jof mortar flush with the sides of the course' on which the mortar is laid,

In apparatus according to claim 9, means for adjusting the outlet oriiice of the hopper, `for the purpose described.

l. In apparatus according to claim 9, means for adjusting the outlet oritice of the hopper7 comprising a base embodying a plurality ot removable sections adapted to be positioned so that the mortar is deposited in one or more streams of a width or widths corresponding with the kind ot' wall to be built.

i5. ln apparatus according to claim 9,

means for assisting the iow of the mortar `from the hopper., comprising a central shaft mounted inside the hopper at its lower end, paddles or the like rigidly attached to said shaft. and designed to rock through the upper portion of a circle, and means for ojerat`I ing said shaft so that the mortar is brought down to the discharge orifice and assisted out of the hopper.

16. In apparatus for laying bricks and the like in building, a carriage adapted to travel parallel with the face of the wall to be built, a tray on said carriage for reception of the bricks to be laid, a manually movable transicr device connected by parallel links on each side thereof to said carriage for limited swinging movement from a picking up to a depositing position and vice versa, and man-- nally operated means carried by said trans` fer device for gripping the bricks on the tray and releasing them at the depositing position.

ln witness whereof I have signed this speciication.

GEORGE EDWARD WIGHT. 

